NIYANTRA Documents
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Contact Information
Name of the College :Gudlavalleru Engineering College
Name of the Team Members along with their respective current semester:
D.Ramanjaneyulu(3-1)
D.V.N.Surya Harsha(3-1)
S.Niranjan Reddy(3-1)
Ch.Satyanarayana(3-1)
S.Narendra Kumar(3-1)
E-Mail Address & Phone Number of the Team Leader :ramanjaneyulu0918@gmail.com&9848323222
Name of the Faculty Guide :B.Rajsekhar
E-Mail Address & Phone Number of the Faculty Guide :surajb2000@gmail.com&9849128005
Project Information
Project Title: Microcontroller Based Service Monitoring System
Hardware & Software Used:Microcontroller-89C51,Crystal Oscillator,LT542-Common Anode Display,Push button Switches,LED's,Resistors-(10KE,150E,470E),Capacitors-(10uF,33pF,33pF)&Keil Software
What challenge/problem are you trying to solve through your application:If an Emergency occurs it takes Long time Duration to call the Doctors by Humans.Meanwhile anything can happen to the patient.We are trying to minimise the happenings of Emergency Deaths in Hospitals due to the Long Distance availability of Doctors and to reduce the timedelay between the Humans and Doctors situated at longer Distances.
How does your application solves the above mentioned challenge/problem:Our circuit provides Audio and Visual Identification to the doctors available at long distances.This circuit shows the room number in which Emergency has occuured and sounds Buzzer.Due to this Doctor alerts and he can reach as quick as possible and he can reduce the time delay.In that Saved time he can able to Save the Human Life.Along with this,this circuit Indicates Visual Indentification of availability of Doctors.If Doctor is not present it can be identified by blinking of LED's
Description of Project:This miniproject is a simple and economical room service monitoring system which provides audio&visual Identification to the call point.The main application is in Hospitals.In this project,we distributes one LED and switch to each room and Seven segment Display and buzzer were fixed at Doctors room.Suppose in a hospital if there are 4 doctors available(we programmed for 4 doctors),if first person got an emergency then he presses Switch in his room(Which can be placed near his bed).Then in the Doctors room the room number in which the patient is located is displayed and buzzers.So,one doctor went for servicing the patient.At the same time if other 3 patients got an emergency and they asked for servicing,remaining 3 doctors went for servicing.Now there were no doctors left in the doctors room.If the 5th patient want to utilise the service and he presses the switch,then LED's blink in all the rooms,which indicates the doctor is not available.After the completion of atleast one doctors service,the doctor has to manually RESET the circuit(which can be done by switch available near docto).Hence,with this circuit we tried to reduce the time delay and tried to minimise the deaths due to EMERGENCY
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